Nashoba Products
NICS is our core platform: a supervisory firmware control layer focused on stable power behavior, adaptive thermal response, and wireless performance optimization. Tablets and power systems are reference programs used to validate NICS in real hardware.
Nashoba Intelligent Control System (NICS)
NICS is designed for device makers and integrators who need predictable behavior under real loads. It monitors key telemetry, identifies trend shifts early, and enforces stable responses without relying on OS hooks or cloud services.
Telemetry-Driven Power Policy
Supervisory logic built to stabilize load transitions and preserve uptime during variable workloads.
- Voltage, current, and power trend monitoring
- Rate-of-change based early warning
- Policy-based step-down and recovery behavior
Adaptive Thermal Response
Designed to detect early thermal events and recover cleanly without oscillation or false escalation.
- Event detection + stable recovery behavior
- Separation of transient vs sustained conditions
- Hardware-level enforcement strategy
Wireless Policy and Band Decisions
Continuous signal monitoring with policy-based decisions for environments where stability matters more than peak throughput.
- RSSI monitoring and decision logic
- 2.4 GHz vs 5 GHz preference policy
- Designed for noisy, real-world environments
Reference Programs
These programs exist to validate NICS in live hardware and support pilot readiness. They are not required for NICS evaluation.
Industrial / Rugged Tablet Program
Rugged mobility platform used to validate NICS across real device loads and field-like conditions.
- Industrial / rugged positioning
- Pilot-focused configuration options
- Accessory path (kickstand, pogo-pin, keyboard-case)
FusionCore™ Power Program
Modular smart power concept used to validate long-duration operation and controlled power behavior.
- Designed for extended runtime
- Battery telemetry integration path
- Supports future pilot deployments
Board-Level Integration (In Progress)
PCB integration effort to move from breadboard validation to a stable pilot-ready control module.
- DFM and routing support requested
- Moves sensors and controller onto a single PCB
- Supports repeatable evaluation units